Stratification in Natural Water Bodies:Some Implications for Harbour and Ocean Engineering

Density stratification of natural water bodies plays an important role for a number of civil engineering problems. The origin of stratification in natural water is discussed and the Black Sea, the Gulf of Katchch, and Maarmorilik Fiord in Greenland are described and used as examples. Stratification...

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Main Author: Møller, Jacob Steen
Format: Article in Journal/Newspaper
Language:English
Published: ARS-publishers 2004
Subjects:
Online Access:https://orbit.dtu.dk/en/publications/89f57d3b-c8ae-41af-8052-4a39d25a2c5e
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author Møller, Jacob Steen
author_facet Møller, Jacob Steen
author_sort Møller, Jacob Steen
collection Technical University of Denmark: DTU Orbit
description Density stratification of natural water bodies plays an important role for a number of civil engineering problems. The origin of stratification in natural water is discussed and the Black Sea, the Gulf of Katchch, and Maarmorilik Fiord in Greenland are described and used as examples. Stratification has a number of civil engineering implications. The lock exchange problem is used as a canonical example, and implications for water exchange and sedimentation is discussed by means of examples: Sedimentation in locks and estuaries, salt transport into fresh water reservoirs, water exchange of negative estuaries, immersing of tunnel elements, and others. The paper describes the methods available when the civil engineer encounters a stratification related problem: Field experimentation and monitoring, analytical methods, physical and numerical modelling. Finally the paper advocates that integrated field investigation and 3D numerical modelling is state of art for civil engineering studies affected by stratified flows.
format Article in Journal/Newspaper
genre Greenland
genre_facet Greenland
geographic Greenland
Maarmorilik
geographic_facet Greenland
Maarmorilik
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language English
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op_source Møller , J S 2004 , Stratification in Natural Water Bodies : Some Implications for Harbour and Ocean Engineering . in INCHOE2004 - Proceedings : Third Intl. Conf. on Harbour and Ocean Engineering . 1 edn , vol. Volume 2 , ARS-publishers , Goa-India , pp. 876-887 , Third Indian National Conference on Harbour and Ocean Engineering , Goa , India , 07/12/2004 .
publishDate 2004
publisher ARS-publishers
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spelling ftdtupubl:oai:pure.atira.dk:publications/89f57d3b-c8ae-41af-8052-4a39d25a2c5e 2025-01-16T22:11:52+00:00 Stratification in Natural Water Bodies:Some Implications for Harbour and Ocean Engineering Møller, Jacob Steen 2004 https://orbit.dtu.dk/en/publications/89f57d3b-c8ae-41af-8052-4a39d25a2c5e eng eng ARS-publishers https://orbit.dtu.dk/en/publications/89f57d3b-c8ae-41af-8052-4a39d25a2c5e urn:ISBN:81-902109-0-4 info:eu-repo/semantics/restrictedAccess Møller , J S 2004 , Stratification in Natural Water Bodies : Some Implications for Harbour and Ocean Engineering . in INCHOE2004 - Proceedings : Third Intl. Conf. on Harbour and Ocean Engineering . 1 edn , vol. Volume 2 , ARS-publishers , Goa-India , pp. 876-887 , Third Indian National Conference on Harbour and Ocean Engineering , Goa , India , 07/12/2004 . Harbour Engineering Stratification Hydraulics contributionToPeriodical 2004 ftdtupubl 2024-08-19T06:56:43Z Density stratification of natural water bodies plays an important role for a number of civil engineering problems. The origin of stratification in natural water is discussed and the Black Sea, the Gulf of Katchch, and Maarmorilik Fiord in Greenland are described and used as examples. Stratification has a number of civil engineering implications. The lock exchange problem is used as a canonical example, and implications for water exchange and sedimentation is discussed by means of examples: Sedimentation in locks and estuaries, salt transport into fresh water reservoirs, water exchange of negative estuaries, immersing of tunnel elements, and others. The paper describes the methods available when the civil engineer encounters a stratification related problem: Field experimentation and monitoring, analytical methods, physical and numerical modelling. Finally the paper advocates that integrated field investigation and 3D numerical modelling is state of art for civil engineering studies affected by stratified flows. Article in Journal/Newspaper Greenland Technical University of Denmark: DTU Orbit Greenland Maarmorilik ENVELOPE(-51.283,-51.283,71.133,71.133)
spellingShingle Harbour Engineering
Stratification
Hydraulics
Møller, Jacob Steen
Stratification in Natural Water Bodies:Some Implications for Harbour and Ocean Engineering
title Stratification in Natural Water Bodies:Some Implications for Harbour and Ocean Engineering
title_full Stratification in Natural Water Bodies:Some Implications for Harbour and Ocean Engineering
title_fullStr Stratification in Natural Water Bodies:Some Implications for Harbour and Ocean Engineering
title_full_unstemmed Stratification in Natural Water Bodies:Some Implications for Harbour and Ocean Engineering
title_short Stratification in Natural Water Bodies:Some Implications for Harbour and Ocean Engineering
title_sort stratification in natural water bodies:some implications for harbour and ocean engineering
topic Harbour Engineering
Stratification
Hydraulics
topic_facet Harbour Engineering
Stratification
Hydraulics
url https://orbit.dtu.dk/en/publications/89f57d3b-c8ae-41af-8052-4a39d25a2c5e